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2-Consider the following analog waveform.This waveform is to be sampled at a 1-kHz rate and quantized with a 3-bit quantizer (input voltage range is -1.0 to +1.0 V). (a) ) What is the resolution of this quantizer?

2-Consider the following analog waveform.This waveform is to be sampled at a 1-kHz rate and quantized with a 3-bit quantizer (input voltage range is -1.0 to +1.0 V). (a) ) What is the resolution of this quantizer?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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| 2-Consider the following analog waveform.This waveform is to be sampled at a 1-kHz rate and quantized with a 3-bit quantizer (input voltage range is -1.0 to +1.0 V). (a) ) What is the resolution of this quantizer? (b) p) On the graph, circle the sample points on the analog waveform below. Note that the time axis is in msec. (c)() On the graph, indicate the quantization intervals and corresponding digital words. (d) ) On the graph, indicate the digital word assigned to each sample point. (e)() When a receiver receives the transmitted bits, D/A is used to recover the analog signal, but the recovered signal is not the same as the original analog signal. What is the term to describe this difference and what can be done to minimize this difference? 075 0.5- 025 025 0.5 075 10 time (msec) W oprajjdwe
Transcribed Image Text:| 2-Consider the following analog waveform.This waveform is to be sampled at a 1-kHz rate and quantized with a 3-bit quantizer (input voltage range is -1.0 to +1.0 V). (a) ) What is the resolution of this quantizer? (b) p) On the graph, circle the sample points on the analog waveform below. Note that the time axis is in msec. (c)() On the graph, indicate the quantization intervals and corresponding digital words. (d) ) On the graph, indicate the digital word assigned to each sample point. (e)() When a receiver receives the transmitted bits, D/A is used to recover the analog signal, but the recovered signal is not the same as the original analog signal. What is the term to describe this difference and what can be done to minimize this difference? 075 0.5- 025 025 0.5 075 10 time (msec) W oprajjdwe
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